2009年4月,美国SLAC的直线加速器相干光源LCLS首次实现了0.15 nm SASE出光,并于2009年9月开始用户实验,这标志着人类进入了硬X射线FEL时代。 2011年6月,日本的SACLA成功实现了0.06 nm SASE出光,成为世界上波长最短的硬X射线激光。 2013年,意大利FERMI-FEL的两级级联HGHG出光,获得了4 nm的全相干自由电子激光,这是...
2009年4月,美国SLAC的直线加速器相干光源LCLS首次实现了0.15 nm SASE出光,并于2009年9月开始用户实验,这标志着人类进入了硬X射线FEL时代。 2011年6月,日本的SACLA成功实现了0.06 nm SASE出光,成为世界上波长最短的硬X射线激光。 2013年,意大利FERMI-FEL的两级级联HGHG出光,获得了4 nm的全相干自由电子激光,这是...
2009年4月,美国SLAC的直线加速器相干光源LCLS首次实现了0.15 nm SASE出光,并于2009年9月开始用户实验,这标志着人类进入了硬X射线FEL时代。 2011年6月,日本的SACLA成功实现了0.06 nm SASE出光,成为世界上波长最短的硬X射线激光。 2013年,意大利FERMI-FEL的两级级联HGHG出光,获得了4 nm的全相干自由电子激光,这是...
2009年4月,美国SLAC的直线加速器相干光源LCLS首次实现了0.15 nm SASE出光,并于2009年9月开始用户实验,这标志着人类进入了硬X射线FEL时代。 2011年6月,日本的SACLA成功实现了0.06 nm SASE出光,成为世界上波长最短的硬X射线激光。 2013年,意大利FERMI-FEL的两级级联HGHG出光,获得了4 nm的全相干自由电子激光,这是...
The first collected MMP-9 structures incorporating the E402Q mutation (MMP-9 numbering) while the second group contained the only wild MMP-9 structure (PDB:1GKC) and the only X-ray MMP-2 (PDB:1QIB) structure. Moreover, MMP-14 included a member (PDB:456C) of the MMP-13 class. ...
Whittum, "Free-Electron Laser Generation of VUV and X-Ray Radiation Using a Conditioned Beam and Ion-Channel Focusing", Proceedings of the 13th International Free Electron Laser Conference, Santa Fe, NM, Aug. 25-30, 1991, to be published in Nuclear Instruments & Methods (1992), Lawrence ...
X-ray emission/absorption spectroscopy, X-ray scattering, and X-ray crystallography have quickly adapted to the XFEL facilities, investigating high-resolution structure and dynamics. In this review, the principles of the above three characterization techniques are summarized with the associated ...
Initially, focused ion beam microscopy was utilized to determine the thickness of the surface layer of the magnesium powder and found it to be ~10 nm. The X-ray photoelectron analysis of the green magnesium sample prior to sintering confirmed the presence of MgO, MgCO(3)·3H(2)O, and Mg...
However, the impact of these ultra-short X-ray pulses on molecular pathways in the context of living cells, has not been investigated so far. This paper presents the first molecular characterization of epithelial cell responses to ultra-short soft X-ray pulses, generated during processing of ...
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